Contents
Many organizations and even industries such as health care or education suffer significant consequences due to demand–supply mismatches. The underlying managerial and operations-related decisions are often very complex, involving many alternatives with different impact. Consequently, trade-offs between key performance metrics such as profit, cost, quality, and environmental impact must be carefully navigated.
This course equips participants with managerial concepts and advanced analytical tools to help make “better” decisions and manage operations more effectively such that they are aligned with overarching strategic objectives. In particular, we will create models and use software such as state-of the-art spreadsheet and simulation tools to analyze and solve different operations-related management problems typically arising in practice. The methods and tools taught in the course have become invaluable aids to informed decision making in order to improve processes, save resources, and create value.
Applications cover a broad range of industries, such as air and railway transport, retailing, public services, health care, manufacturing, etc. The course pursues an active-learning approach including lecture-style class sessions and computer-based exercises.
Learning outcomes
Students will
Necessary prerequisites
semester 4 or higher
Recommended prerequisites
OPM 301
Forms of teaching and learning | Contact hours | Independent study time |
---|---|---|
Lecture | 2 SWS | 7 SWS |
ECTS credits | 3 |
Graded | yes |
Workload | 90h |
Language | English |
Form of assessment | Final exam (partially written/ |
Restricted admission | no |
Further information | ILIAS |
Examiner Performing lecturer | Prof. Dr. Cornelia Schön Prof. Dr. Cornelia Schön |
Frequency of offering | Spring semester |
Duration of module | 1 semester |
Range of application | B.Sc. BWL |
Preliminary course work | – |
Program-specific Competency Goals | CG 1, CG 2, CG 4 |
Literature | See syllabus |
Course outline | We will explore different analytics methods and tools (such as mathematical modeling, optimization, simulation, AI, choice analysis) with applications to
|